Freescale Semiconductor FlexRay MFR4310 - Figure 3-93. Message Buffer Cycle Counter Filter Registers (Mbccfrn); Table 3-76. Mbccfrn Field Descriptions; Table 3-77. Channel Assignment Description

FlexRay Module (FLEXRAYV4)
MFR4310 Reference Manual, Rev. 2
132 Freescale Semiconductor
3.3.2.64 Message Buffer Cycle Counter Filter Registers (MBCCFRn)
This register contains message buffer configuration data for the transmission mode, the channel
assignment, and for the cycle counter filtering. For detailed information on cycle counter filtering, refer to
Section 3.4.7.1.2, “Message Buffer Cycle Counter Filtering”.
.
0x0102 (MBCCFR0)
0x010A (MBCCFR1)
...
, 0x04FA (MBCCFR127)
Write: POC:config or MB_DIS
1514131211109876543210
R
MTM CHA CHB CCFE CCFMSK CCFVAL
W
Reset bits located in physical memory, not affected by reset, no reset value
Figure 3-93. Message Buffer Cycle Counter Filter Registers (MBCCFRn)
Table 3-76. MBCCFRn Field Descriptions
Field Description
15
MTM
Message Buffer Transmission Mode — This control bit applies only to transmit message buffers and defines
the transmission mode.
0 Event transmission mode
1 State transmission mode
14–13
CHA
CHB
Channel Assignment — These control bits define the channel assignment and control the receive and transmit
behavior of the message buffer according to Table 3-77.
12
CCFE
Cycle Counter Filtering Enable — This control bit is used to enable and disable the cycle counter filtering.
0 Cycle counter filtering disabled
1 Cycle counter filtering enabled
11–6
CCFMSK
Cycle Counter Filtering Mask — This field defines the filter mask for the cycle counter filtering.
5–0
CCFVAL
Cycle Counter Filtering Value — This field defines the filter value for the cycle counter filtering.
Table 3-77. Channel Assignment Description
CHA CHB
Transmit Message Buffer Receive Message Buffer
static segment dynamic segment static segment dynamic segment
1 1 transmit on both channel A
and channel B
transmit on channel A only store first valid frame
received on channel A or
channel B
store first valid frame
received on channel A,
ignore channel B
0 1 transmit on channel B transmit on channel B store first valid frame
received on channel B
store first valid frame
received on channel B
1 0 transmit on channel A transmit on channel A store first valid frame
received on channel A
store first valid frame
received on channel A
0 0 no frame transmission no frame transmission no frame stored no frame stored